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A type of situation in which it would make sense to use edge computing is: b. where critical decisions must be made on a split-second basis.
<h3>What is edge computing?</h3>
Edge computing can be defined as a distributed computing system that involves the deployment of computing and storage resources closer to the sources of data, so as to save time and enhance the decision-making process.
This ultimately implies that, a type of situation in which it would make sense to use edge computing is a scenario where critical decisions must be made on a split-second basis.
Read more on edge computing here: brainly.com/question/23858023
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<u>Complete Question:</u>
In which type of situation would it make sense to use edge computing?
a. where data is uploaded to a server at a scheduled time each week
b. where critical decisions must be made on a split-second basis
c. where users are in close proximity to the central data server
d. where there are few or no digital devices to capture
e. i don't know this yet
Answer:
Rick has identified a cost risk.
Explanation:
Risk is the probability of loss in a given setting. Herein, the risk involved is the inadequate assessment of the costs involved to carry out the project usually as a result of poor pricing evaluation of resources required for the project. At the early stage of every project, effective and efficient cost estimation is needed because it provides a basis for estimation of the total costs, it helps distribute the cost budget, it eases decision making and thereby assuring a level of profitability, everything being equal.
Answer:
public static ArrayList manyStrings(ArrayList<String> list, int n){
ArrayList<String> newList = new ArrayList<String>();
for (int i=0; i<list.size(); i++) {
for (int j=0; j<n; j++) {
newList.add(list.get(i));
}
}
return newList;
}
Explanation:
Create a method called manyStrings that takes two parameters, list and n
Create a new ArrayList that will hold new values
Create a nested for loop. The outer loop iterates through the list. The inner loop adds the elements, n of this element, to the newList.
When the loops are done, return the newList
